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arxiv:2506.00649

GuideX: Guided Synthetic Data Generation for Zero-Shot Information Extraction

Published on May 31
· Submitted by neildlf on Jun 9
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Abstract

GUIDEX enhances zero-shot Named Entity Recognition by automatically defining schemas and inferring guidelines, setting new benchmarks without extensive human-labeled data.

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Information Extraction (IE) systems are traditionally domain-specific, requiring costly adaptation that involves expert schema design, data annotation, and model training. While Large Language Models have shown promise in zero-shot IE, performance degrades significantly in unseen domains where label definitions differ. This paper introduces GUIDEX, a novel method that automatically defines domain-specific schemas, infers guidelines, and generates synthetically labeled instances, allowing for better out-of-domain generalization. Fine-tuning Llama 3.1 with GUIDEX sets a new state-of-the-art across seven zeroshot Named Entity Recognition benchmarks. Models trained with GUIDEX gain up to 7 F1 points over previous methods without humanlabeled data, and nearly 2 F1 points higher when combined with it. Models trained on GUIDEX demonstrate enhanced comprehension of complex, domain-specific annotation schemas. Code, models, and synthetic datasets are available at neilus03.github.io/guidex.com

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Information Extraction (IE) systems are traditionally domain-specific, requiring costly adaptation that involves expert schema design, data annotation, and model training. While Large Language Models have shown promise in zero-shot IE, performance degrades significantly in unseen domains where label definitions differ. This paper introduces GuideX, a novel method that automatically defines domain-specific schemas, infers guidelines, and generates synthetically labeled instances, allowing for better out-of-domain generalization. Fine-tuning LLaMa 3.1 with GuideX sets a new state-of-the-art across seven zero-shot Named Entity Recognition benchmarks. Models trained with GuideX gain up to 7 F1 points over previous methods without human-labeled data, and nearly 3 F1 points higher when combined with it. Models trained on GuideX demonstrate enhanced comprehension of complex, domain-specific annotation schemas.

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